public void TestTcpClientConnectionListener3( )
{
const string connect = "127.0.0.1";
const int port = 3003;
Connections connections = new Connections( );
TcpConnectionListener listener = new TcpConnectionListener( connect, port );
listener.Listen( connections );
TcpSocketConnection connection = new TcpSocketConnection( connect, port );
connection.OpenConnection( );
while ( connections.ConnectionCount == 0 ) {}
TestMessage payload0 = new TestMessage( 10 );
//TestMessage payload1 = new TestMessage( 11 );
TestMessage payload1 = payload0;
Message msg = new DualRefMessage( payload0, payload1 );
connection.DeliverMessage( msg );
connections.GetConnection( 0 ).Disconnect( );
connections.ReceiveMessages( );
connection.Disconnect( );
}
public void TestTcpClientConnectionListener2( )
{
const string connect = "127.0.0.1";
const int port = 3002;
Connections connections = new Connections( );
TcpConnectionListener listener = new TcpConnectionListener( connect, port );
listener.Listen( connections );
TcpSocketConnection connection = new TcpSocketConnection( connect, port );
connection.OpenConnection( );
connection.DeliverMessage( new TestMessage( 10 ) );
connection.DeliverMessage( new TestMessage( 10 ) );
while ( connections.ConnectionCount == 0 ) { }
foreach ( IConnection curConnection in connections )
{
curConnection.ReceivedMessage += MessageChecker;
curConnection.ReceiveMessages( );
}
listener.Dispose( );
connection.Disconnect( );
}
public void TestTcpClientConnectionListener0( )
{
const string connect = "127.0.0.1";
const int port = 3000;
Connections connections = new Connections( );
TcpConnectionListener listener = new TcpConnectionListener( connect, port );
listener.Listen( connections );
}
public void TestTcpClientConnectionListener1( )
{
const string connect = "127.0.0.1";
const int port = 3001;
Connections connections = new Connections( );
TcpConnectionListener listener = new TcpConnectionListener( connect, port );
listener.Listen( connections );
TcpSocketConnection connection = new TcpSocketConnection( connect, port );
connection.OpenConnection( );
connection.Disconnect( );
connections.DisconnectAll( );
}
private void HostForm_Load( object sender, EventArgs e )
{
// Load input bindings
CommandInputTemplateMap map = ( CommandInputTemplateMap )ResourceManager.Instance.Load( m_Setup.InputFile );
m_User.InitialiseAllCommandListBindings( );
// Test load a scene
Scene scene = new Scene( );
// Add a scene host
scene.AddService( new Host( m_Setup.HostType, m_Setup.HostGuid ) );
if ( m_Setup.HostType != HostType.Local )
{
IConnections connections = new Connections( );
scene.AddService( connections );
scene.AddService( new UpdateTarget( connections ) );
scene.AddService( new UpdateSource( connections ) );
RemoteHostAddress server = m_Setup.ServerAddress;
if ( m_Setup.HostType == HostType.Client )
{
TcpSocketConnection connection = new TcpSocketConnection( server.Address, server.Port );
connection.OpenConnection( );
connections.Add( connection );
}
else
{
TcpConnectionListener listener = new TcpConnectionListener( server.Address, server.Port );
listener.Listen( connections );
scene.AddService( listener );
}
}
// Create a viewer for the scene
try
{
ComponentLoadParameters loadParams = new ComponentLoadParameters( scene.Objects, scene.Builder, scene );
loadParams.Properties[ "User" ] = m_User;
ResourceManager.Instance.Load( m_Setup.SceneFile, loadParams );
// Naughty, just reuse loadParams (null out target because we don't want to load -into- the scene)
loadParams.Target = null;
loadParams.Properties[ "Subject" ] = scene;
Viewer viewer = ( Viewer )ResourceManager.Instance.Load( m_Setup.ViewerFile, loadParams );
display1.AddViewer( viewer );
}
catch ( Exception ex )
{
ExceptionUtils.ToLog( AppLog.GetSource( Severity.Error ), ex );
}
scene.GetClock( "inputClock" ).Subscribe( UpdateUser );
// Test load a command list
try
{
// TODO: AP: May need to move
map.AddContextInputsToUser( new InputContext( display1.Viewers[ 0 ], display1 ), m_User );
}
catch ( Exception ex )
{
ExceptionUtils.ToLog( AppLog.GetSource( Severity.Error ), ex );
}
}
